M409934 五、新型說明： 【新型所屬之技術領域】 本創作為一種脫水揉料機（一），係專指無須另外電控即可視 視揉料頭作用力而自動調整揉料間隙之技術，其足以改善傳統技 術於揉料時容易回堵之缺點。 【先前技術】M409934 V. New description: [New technical field] This creation is a dewatering and unloading machine (1), which refers to the technology of automatically adjusting the gap of the material without the need of additional electronic control. It is enough to improve the shortcomings of traditional technology that is easy to block when dip. [Prior Art]
我國公告M319146號『分離式脫水揉料機』係揭示一種可將已 經破碎、脫水後之喊瓣作組織均f化處理技術，該技術係於 機體架設-賴，該篩筒設有人料σ，且於篩筒中同心的框設有 -主軸’主軸設有職葉片，使該主軸轉動時，其螺旋葉片能將 入料口送人的随瓣脫水及由主軸輸出端部㈣，絲輸出端 -體連動有-觀頭’至㈣制在賴料頭外周罩贿一中空 之座胴’其座胴係以-向外漸擴之推拔内孔與篩筒同心連通，該 内孔徑向突設有磨齒，_料猶周係與推拔内孔桃配，且突 設有若干齒塊，令該齒塊與磨齒間形成—__，以便利聊 =逐漸加大之切線速度迫動回收塑勝依序通過，令該回收塑膠 =擦變形及生熱翁如_花不朗微細，收成揉料之 製職均質化處理，俾能提供押出機後續加工出品質較優良之再生 門所::本：:者1現該專利前案在實際操作時，因齒塊與磨齒 二係—成不變’當主轴速度過快或者 枓口技入過夕回收塑膠時，此『環狀揉料間隙』便不能充份處 3 M409934 理’導致回收塑膠會回堵在篩筒中，造成回收塑膠擠屢熔融的將 師筒篩孔塞住’使得_巾所產生的蒸氣及水份無法順利排出， 令該篩筒失去縣之脫水功能’制，該㈣情形使加大主轴之 運轉阻力，會使驅動主軸之馬達有容易燒毀的情形。 由上述說縣知’現今雜讎之組_質化娜技術，因 無法視时雜輸送量而自細整細鋪_兩相之揉料間 隙’造成賴脫水功能容易喪失、馬達使用壽命不長之問題，此 乃目前揉料技術無法突破之處。 如若另以-動力配置驅動㈣頭自轉，且控繼揉料頭於座 綱中軸向位移以因應回收膠塑之輪送量時，該種配置之硬體及軟 體成本所費不貲，其設計完全不符經濟製造之要求。 【新型内容】 /本新型主要邮在於：提供—觀水撕顿㈠，其尤指無 々另外動力配置下’即可令座胴、揉料頭間之揉料赚能視通過 回收膠塑之輸送#而成正_自_整，其確能有效改善傳統間 隙一成不變之問題。其包括有： 一固定於機體之篩筒，其一端緣設有入料口； -細，其同轴的固設於筛筒另端，該座胴具有向外漸擴之 推拔内孔’此推拔内孔更設有磨齒； 主軸’其係同轴没置於筛筒及座胴中，且具有突出細之 外端部，該主軸更於_範圍設有葉片，敎在主軸自轉時能將 入料口送入之回收塑膠朝座胴方向押出； 4 -能被主軸驅動自轉之麵頭，其係_設置於細中，該 揉料頭外周係與座胴推拔内孔相匹配，使之具有較大徑之外端 面’而揉_相更突設有若干魏，令磨齒與齒塊形成-揉料 間隙’該揉料頭並能沿著主軸軸向的限位移動而控制該揉料間隙 大小；以及 調正配置4具有-能安裝於主軸外端部之塵盤，此壓盤 係與揉料頭外端面遙遙相對，並透過栓轴穿擎而連接於揉料頭外 端面，該栓轴外周更套設有彈性元件，令彈性元件—端抵接於壓 I另端抵接於撕辆外端面’使壓盤、揉制外端面之間形成 -緩衝m ’令該緩衝空_視揉料頭作用力而自動調整。 【實施方式】 為使貴審查委員能進-步瞭解本創作之結構，特徵及其他 目的，玆附以較佳實施例之圖式詳細說明如後： 請參看圖一〜四，本創作包括： 一機體（10)，係由縱、橫樑及板片焊接而構成，其頂面具有 一平台（11)，此平台（11)左端緣豎設有一變速箱（12)、右端豎設 有一軸承座(13)，軸承座（13)係提供軸承(13〇)安裝，而變速箱（12) 内組設有減速齒輪組，此變速箱（12)在與軸承(13〇)遙遙相對的位 置設有主軸頭（121)，該主軸頭（121)中樞設有一軸套（122)，此軸 套（122)係與軸承（130)呈同軸配置，且受減速齒輪組驅動，使軸 套（122)能繞中心的自轉，而變速箱（12)於左側另組設有一能驅動 減速齒輪組之馬達（14) ’使馬達(14)得以驅動軸套(122)自轉；而 M409934 平台（11)在主軸頭（121)與轴承座（13)之間分別設有一洩水口（π )、一排料口（16)，洩水口（15)係鄰近於主軸頭（121)，且於平台 (11)下方安裝有一可承接貯水之蓄水槽（15〇)，至於排料口（16)則 疋鄰近於軸承座（13)，且於平台（11)下方安裝有一可承接揉料完 成品之盛料槽（160);另外，平台（丨丨）在洩水口（15)、一排料口 (16)外周豎設有一托架（π)，此杷架（17)對稱的在轴套（122)、軸 承（130)之間形成一同軸配置之半圓凹狐部（17〇); 一外罩(20)，其係將托架（π)罩設於其中，此外罩（2〇)在軸 套（122)、軸承（130)之間形成一同軸配置且左右貫穿之插孔(21 )，以及在鄰近主轴頭（121)的端緣設有一貫穿上下之投料口（22 )’並在投料口 (22)向上接設有一投料斗(23); 一篩筒（30) ’其具有左右透空之中孔(3〇〇)，該篩筒（30)係插 合於外罩（20)之插孔(21)中，且能為托架（π)之凹弧部（no)所支 持’該篩筒（30)左端係鎖接於主軸頭（121)，且令篩筒（3〇)之中孔 (300)能與軸套（122)、轴承(130)呈同軸配置，此篩筒（3〇)更具有 k向貝穿中孔(300)之篩孔(31) ’且具有一與投料口（22)相匹配之 入料口（32)，· 一座胴(40)，其同軸的鎖設於篩筒（30)右端，該座胴(40)具 有向外漸擴之推拔内孔(41) ’使推拔内孔(41)之小孔徑端與筛筒 (30)之中孔(3〇〇)對接，而座胴(40)於推拔内孔(41)突設有複數條 呈斜狀或渴旋狀配置之磨齒（42)，並使座胴(40)右端恰位於排料 σ(16)上方； 6 一主軸(50)，其左端緣安裝有鍵(51)，使之固結於轴套（丨2幻 中’而主軸(50)右端則植接於軸承(13〇)，以使該主軸⑽同轴的 安裝於筛筒(30)中孔(300)及座胴(4〇)推拔内孔⑹中，且具有突 出座胴之外端部’該主軸⑽)外周於㈣⑽…⑹⑹範圍内設 有螺旋葉片（52)，用以在主軸(5〇)自轉時能將入料口（32)送入之 回收塑膠朝座胴⑽方向押出，主轴⑽外周在對應座洞⑽推 拔内孔(41)範圍設有第一方栓部⑽，並在相對第一方检部⑽ 與軸承⑽)之間設餅觀⑽，料微⑽魏供止撞螺帽 (55)鎖合，用以將主軸(5〇)外端部分成兩區域，· 一能被主軸(50)驅動自轉之揉料頭（6〇)，其係同軸配置於推 拔内孔(41)巾’該揉料頭(6〇)且具有與第—方栓部(53)鳴合之第 二方检部(61)，使揉料頭⑽能被主軸⑽驅動的自轉，且能沿 主軸(50)軸心限位滑移，此揉料頭⑽外周（62)形狀係與推拔内 孔(41)相匹配，使之具有較大徑之外端面、較小徑之内端面，而 揉料頭⑽)外周⑽更設有與磨齒(42)相匹配之齒塊⑽，令磨 齒(42)與!t塊⑽)之卿成—錐環狀之觀職，且雜料頭⑽） 能透過第-方栓部⑽、第二方栓部⑽之配合，而能沿著主轴 ⑽軸向的限位移動，令該揉料頭⑽得以控制前述揉料間隙大 小’至於揉料頭⑽）外端面則對稱凹設有至少二個沉孔(64)，且 於該等沉孔(64)底面中心位置更設置有鎖孔⑽；以及 -調整配置，其係由具有壓盤⑻、辅盤⑽、栓轴⑽及 彈性元件(73)組成；所述壓盤⑻、辅盤⑽各具有一供主轴⑽ M409934 外端部同軸插入之滑孔(710)(720)，且令止擋螺帽（55)恰位於該 壓盤(71)、輔盤(72)兩者之間，俾使該壓盤(71)、辅盤(72)能於 主軸(50)外端部所對應的區域作同轴向滑合運動，該壓盤（71)、 辅盤(72)更在對應鎖孔(65)的位置貫穿有導孔(711)(721)，令壓 盤（71)係與揉料頭（60)外端面遙遙相對，且於導孔(711)一端凹設 能與沉孔（64)相匹配之容孔（712)，用以在該相對應之沉孔（64)、 容孔(712)中安裝有圈狀彈性元件(73)，並利用栓轴(74)穿掣相匹 鲁 配之導孔（711)(72〗）、彈性元件(73)，該栓軸(74)—端具有能螺 接於鎖孔（65)之第一螺紋部（741)、另端則具有能螺合調整螺帽 (743)之第二螺紋部（742) ’令調整螺帽(743)恰能抵接於輔盤(72) 外端面，以使壓盤(71)、辅盤(72)能連接於揉料頭(⑼）外端面， 且在彈性元件（73)—端抵接於壓盤（71)、另端抵接於揉料頭（6〇) 外端面下，使壓盤（71)、揉料頭（6〇)外端面之間形成一具彈性之 缓衝空間，令該缓衝空間能視揉料頭（6〇)揉料作用力大小而作自 •動的調整。 由上述之結構說明得知，本創作可以透過調整螺帽（743)對壓 盤（Ή)、輔盤(72)之鎖緊應力變化，用以調整彈性元件(73)對揉 料頭（60)之預設彈力，以保持揉料間隙隨時處於最小的狀態以 使該揉料間隙能對回收塑膠進行組織均質化處理，且能視主軸(5〇) 螺旋葉片（52)驅動回收膠塑之輸送量而成正比的自動調整間隙大 小，具體而έ，當主軸（50)驅動回收膠塑之輸送量大於揉料頭（6〇) 揉料處理量時，便會對揉料頭（6〇)產生一足以克服彈性元件(73) 8 M409934 預設彈力之推力’令揉料頭（60)便會朝轴承（130)方向移動，使揉 料頭（60)與座胴(4〇)之揉料間隙加大，以相應增加揉料輸出量， 如此便能改善傳統篩筒脫水功能容易喪失或馬達使用壽命不長的 問題。 煩請參看圖五、六，其係本創作第二實施例，其主要在揉料 頭（60)之内端面另同軸接設有一唇部（66)，此唇部（66)外徑係較 主軸(50)銜接處略大，俾形成階梯狀，使該揉料頭（⑼）於此處具 有較佳之擾流效應，令通過之回收塑膠能更充份的混合，其唇部 (66)内部得進一步的具有一緩衝室（661)，以使此唇部（66)具有更 佳之彈性擾流效果。 圖七，其係本創作第三實施例，其主要在止擋螺帽（55)外周 设有扳動部（551) ’如此即可藉由旋動止檔螺帽（55)而調整彈性元 件（73)對揉料頭（6〇)之預設彈力。 圖八，其係本創作第四實施例，其主要揭示栓軸(74)一端具 有能螺接於鎖孔(65)之第一螺紋部（741)、另端則具有較大徑之帽 頭（744)，該帽頭（744)恰能抵接於辅盤(72)外端面，該栓軸（74) 係與圖三之栓軸(74)等效。 圖九’其係本創作第五實施例，其主要揭示在調整配置外周 女裝有》蒦罩(80)，δ亥護罩(8〇)係鎖固於座胴(4〇)右端，如此即 可使本創作具有更佳之使用安全性。 綜上所述’本創作結構實屬新穎，且能減少傳統作業之困擾， 是-技術理念上的高度_，應符專财請要件，銳法提出申 9 月准以上所述者’僅為本創作之—較佳實施例而已，當不能以 之限定本_實施之’即大凡依摘作巾請專權圍所作之 均等變化與修飾，皆應仍麻_涵蓋之範圍内。 【圖式簡單說明】 圖一係本創作主要構件之分解示意圖。 圖二係本創作之組合外觀示意圖。 圖三、四係本創作自動調整揉料嶋之動作示意圖 圖五、六係本創作之第二實施例示意圖。 圖七係本創作之第三實施例示意圖。 圖八係本創作之第四實施例示意圖。 圖九係本創作之第五實施例示意圖。 【主要元件符號說明】 (10)機體 (11)平台 (12)變速箱 (121)主軸頭 (122)轴套 (13)軸承座 (130)軸承 (14)馬達 (15)洩水口 (150)蓄水槽 (16)排料口 (160)盛料槽 (17)托架 (170)凹弧部 (20)外罩 (21)插孔 (22)投料口 (23)投料斗 (30)篩筒 (300)中孔 (31)篩孔 (32)入料口 (40)座胴 (41)推拔内孔 (；42)磨齒 10China's Announcement No. M319146 "Separate Dewatering and Dipping Machine" reveals a technology that can be used to disassemble the shredded flaps that have been broken and dehydrated. The technique is based on the erection of the body, which is provided with the material σ. And the concentric frame in the sieve cylinder is provided with a - spindle 'spindle with a working blade, so that when the main shaft rotates, the spiral blade can dewater the flap with the feeding port and the output end of the main shaft (4), the wire output end body The linkage has a - Guantou 'to (4) system in the outer periphery of the head of the material to cover a bribe. The seat of the shackle is - the outwardly expanding and extending the inner hole and the screen cylinder are concentrically connected. Grinding teeth, _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ The success of the order is passed, so that the recycled plastic = rubbing deformation and heat generation such as _ flower is not fine, the harvesting of the material is processed and homogenized, and can provide the remanufacturing machine with better quality after the extrusion machine:: Ben:: 1 is the patent before the actual operation, due to the two blocks of teeth and grinding 'When the spindle speed is too fast or the sip technique is used to recover the plastic, the "loop gap" can not be fully charged. 3 M409934 The resulting recycled plastic will be plugged back into the sieve cylinder, causing the recycled plastic to be melted and melted. Plugging the sieve hole of the division cylinder 'so that the steam and water generated by the towel cannot be discharged smoothly, so that the sieve cylinder loses the dehydration function of the county. The (4) situation makes the running resistance of the main shaft increase, which will drive the spindle. The motor has a situation that is easy to burn. From the above-mentioned county, we know that the group of 现 化 娜 _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ The problem is that the current technology cannot break through. If the other (-) head is rotated by the -power configuration, and the axial displacement of the pick-up head in the seat is controlled in response to the round amount of the recycled plastic, the cost of the hardware and software of the configuration is expensive. Completely inconsistent with the requirements of economic manufacturing. [New content] / The main post of this new type is: provide - water torn (1), especially in the absence of additional power configuration, you can make the material between the seat and the material to be recycled. Conveying #成正_自_整, it can effectively improve the problem of the traditional gap. The utility model comprises: a sieve cylinder fixed to the machine body, wherein one end edge is provided with an inlet opening; - thin, coaxially fixed at the other end of the sieve cylinder, and the socket has an outwardly diverging push-out inner hole' The push-out inner hole is further provided with grinding teeth; the main shaft 'coaxially is not placed in the sieve cylinder and the seat cymbal, and has a protruding outer end portion, the main shaft is provided with a blade in the _ range, and the spindle rotates in the main shaft The recycled plastic that is fed into the feed port can be pushed out in the direction of the seat; 4 - the face that can be driven by the spindle to rotate, the system is set in the middle, and the outer periphery of the pick head is pushed out of the inner hole. Matching, so that it has a larger diameter outside the end face 'and the 揉 _ phase is more protruding with a number of Wei, so that the grinding teeth and the tooth block form - the material gap 'the material head can move along the axial limit of the spindle And controlling the size of the gap of the material; and the adjustment arrangement 4 has a dust disk that can be mounted on the outer end of the spindle, the pressure plate is remotely opposite to the outer end surface of the material, and is connected to the material through the bolt shaft An outer end surface of the head, the outer periphery of the bolt shaft is further provided with an elastic member, so that the elastic member end abuts against the outer end of the pressure I and abuts against the outer end surface of the tearing end The pressure plates, the outer end surface formed between the kneading - buffered m '_ empty buffer enabling the feed block depends kneading force is automatically adjusted. [Embodiment] In order to enable the reviewing committee to further understand the structure, features and other purposes of the present invention, the detailed description of the preferred embodiment is as follows: Please refer to Figures 1 to 4, the creation includes: A body (10) is formed by welding longitudinal, beam and plate, and the top mask has a platform (11). The left end edge of the platform (11) is vertically provided with a gearbox (12), and the right end is vertically provided with a bearing seat. (13), the bearing housing (13) is provided with a bearing (13〇), and the gearbox (12) is provided with a reduction gear set, and the transmission (12) is located at a position remote from the bearing (13〇). There is a spindle head (121), and a hub (122) is disposed in the hub of the spindle head (121). The sleeve (122) is coaxial with the bearing (130) and is driven by the reduction gear set to make the sleeve (122) The center of rotation can be rotated, and the gearbox (12) is provided with a motor (14) that can drive the reduction gear set on the left side to enable the motor (14) to drive the sleeve (122) to rotate; and the M409934 platform (11) A drain port (π) and a discharge port (16) are respectively disposed between the spindle head (121) and the bearing housing (13), and drained (15) is adjacent to the spindle head (121), and is mounted below the platform (11) with a water storage tank (15 〇), and the discharge opening (16) is adjacent to the bearing housing (13), and A receiving trough (160) for receiving the finished material is installed under the platform (11); in addition, a platform (丨丨) is provided with a bracket on the outer periphery of the water discharge opening (15) and a discharge opening (16) ( π), the truss (17) is symmetrically formed between the sleeve (122) and the bearing (130) to form a coaxial semi-circular concave fox portion (17 〇); a cover (20), which is a bracket ( The π) cover is disposed therein, and the cover (2〇) forms a coaxial arrangement between the sleeve (122) and the bearing (130), and the left and right insertion holes (21), and the end adjacent to the spindle head (121) The edge is provided with a feed opening (22)' extending through the upper and lower sides, and a feeding hopper (23) is arranged upwardly at the feeding port (22); a sieve cylinder (30) has a hole (3 inches) in the left and right air passages, The screen cylinder (30) is inserted into the socket (21) of the outer cover (20), and can be supported by the concave portion (no) of the bracket (π). The left end of the screen cylinder (30) is locked. On the spindle head (121), and make the sieve cylinder (3 〇) The middle hole (300) can be coaxially arranged with the sleeve (122) and the bearing (130), and the sieve cylinder (3〇) further has a mesh hole (31) through which the k-direction shell penetrates the middle hole (300). The utility model has a feeding port (32) matched with the feeding port (22), and a raft (40) coaxially locked at the right end of the screen cylinder (30), the sill (40) having an outwardly expanding shape Push the inner hole (41) 'to make the small hole end of the push inner hole (41) and the hole (3 〇〇) in the sieve cylinder (30), and the seat 胴 (40) to push the inner hole (41) A plurality of grinding teeth (42) arranged in a diagonal or thirsty configuration are arranged, and the right end of the seat cymbal (40) is located just above the discharge σ (16); 6 a spindle (50) having a left end edge mounted thereon The key (51) is fixed to the sleeve (丨2 illusion] and the right end of the main shaft (50) is implanted to the bearing (13〇), so that the main shaft (10) is coaxially mounted in the sieve cylinder (30) The hole (300) and the seat cymbal (4 〇) are pushed out of the inner hole (6), and have a protruding seat outer end portion 'the main shaft (10)) is provided with a spiral blade (52) in the outer periphery of (4) (10) (6) (6) for When the spindle (5〇) rotates, the recycled plastic that feeds the inlet (32) can be pushed out toward the seat 胴 (10), and the outer circumference of the spindle (10) corresponds. The hole (10) of the seat hole (10) is provided with a first side bolt portion (10), and a cake view (10) is arranged between the first side inspection portion (10) and the bearing (10), and the micro (10) Wei is provided with a collision nut ( 55) Locking, which is used to make the outer end part of the main shaft (5〇) into two parts. · A picking head (6〇) that can be driven by the main shaft (50) to rotate, which is coaxially arranged in the push-out inner hole (41 a towel head (6〇) and having a second inspection portion (61) that is spliced with the first square plug portion (53), so that the picking head (10) can be driven by the spindle (10) to rotate, and can be along The spindle (50) is limited in axial position, and the outer circumference (62) of the material head (10) is matched with the push-out inner hole (41) so as to have an outer end surface with a larger diameter and an inner end surface with a smaller diameter. The outer part (10) of the picking head (10) is further provided with a tooth block (10) matched with the grinding tooth (42), so that the grinding tooth (42) and the !t block (10) are formed into a cone-shaped ring, and the miscellaneous materials are mixed. The head (10) can be moved along the axial limit of the main shaft (10) through the cooperation of the first-side plug portion (10) and the second-side plug portion (10), so that the pick-up head (10) can control the size of the pick-up gap as far as 揉The outer end surface of the material head (10) is symmetrically recessed with at least two counter holes (64), and a locking hole (10) is further disposed at a center of the bottom surface of the counterbore (64); and an adjustment arrangement consisting of a pressure plate (8), an auxiliary plate (10), a bolt shaft (10) and an elastic member (73); (8) The auxiliary discs (10) each have a sliding hole (710) (720) for coaxially inserting the outer end portion of the main shaft (10) M409934, and the stop nut (55) is located at the pressing plate (71) and the auxiliary plate (72). Between the two, the pressure plate (71) and the auxiliary plate (72) can perform the same axial sliding movement in the corresponding area of the outer end of the main shaft (50), the pressure plate (71) and the auxiliary plate ( 72) a guide hole (711) (721) is penetrated at a position corresponding to the lock hole (65), so that the pressure plate (71) is opposite to the outer end surface of the feed head (60), and is at one end of the guide hole (711). a recessed hole (712) matching the counterbore (64) for mounting a loop-shaped elastic member (73) in the corresponding counterbore (64) and the bore (712), and using the plug The shaft (74) passes through the guide hole (711) (72) of the matching phase, and the elastic member (73) has a first threaded portion that can be screwed to the locking hole (65). (741), the other end has a second threaded portion (742) that can be screwed into the adjusting nut (743). The nut (743) can abut against the outer end surface of the auxiliary plate (72), so that the pressure plate (71) and the auxiliary plate (72) can be connected to the outer end surface of the material ((9)), and the elastic member (73) The end abuts against the pressure plate (71), and the other end abuts against the outer end surface of the cutting head (6〇), so that an elastic layer is formed between the outer end faces of the pressure plate (71) and the cutting head (6〇). The buffer space allows the buffer space to be adjusted according to the force of the picking head (6〇). According to the above structural description, the creation can adjust the locking stress of the pressure plate (Ή) and the auxiliary plate (72) by adjusting the nut (743) to adjust the elastic element (73) to the cutting head (60). Preset elastic force to keep the gap of the material at a minimum at any time so that the material gap can be homogenized for the recycled plastic, and can be driven by the main shaft (5〇) spiral blade (52) to recover the plastic The amount of conveyance is proportional to the automatic adjustment of the gap size. Specifically, when the delivery volume of the spindle (50) driven recycled plastic is larger than the throughput of the material (6〇), the picking head will be used. Producing a thrust sufficient to overcome the pre-set elastic force of the elastic member (73) 8 M409934, so that the pick-up head (60) will move toward the bearing (130), so that the pick-up head (60) and the seat (4〇) The gap between the feeds is increased to increase the output of the feed, which can improve the problem that the traditional sieve drum dehydration function is easy to lose or the motor life is not long. Referring to Figures 5 and 6, the second embodiment of the present invention is mainly provided with a lip portion (66) coaxially connected to the inner end surface of the material (60). The outer diameter of the lip portion (66) is larger than the main axis. (50) The joint is slightly larger, and the crucible is formed in a stepped shape, so that the picking head ((9)) has a better spoiler effect here, so that the recycled plastic can be more fully mixed, and the inside of the lip (66) Further, a buffer chamber (661) is provided to provide a better elastic spoiler effect for the lip portion (66). Figure 7 is a third embodiment of the present invention, which is mainly provided with a pulling portion (551) on the outer circumference of the stopper nut (55). Thus, the elastic member can be adjusted by rotating the stop nut (55). (73) Preset elastic force for the picking head (6 inches). Figure 8 is a fourth embodiment of the present invention, which mainly discloses that the end of the bolt shaft (74) has a first threaded portion (741) screwed to the locking hole (65) and a cap having a larger diameter at the other end. (744), the cap (744) can abut against the outer end surface of the auxiliary disc (72), and the bolt shaft (74) is equivalent to the bolt shaft (74) of FIG. Figure 9 is a fifth embodiment of the present invention, which mainly reveals that in the adjustment configuration, the outer wear of the outer wear has a cover (80), and the δ hai shield (8 〇) is locked at the right end of the seat 〇 (4 〇), so This makes the creation of better use security. In summary, the structure of this creation is novel and can reduce the troubles of traditional work. It is - the height of the technical concept _, should be in line with the special requirements, the sharp method proposed in September, the above mentioned The preferred embodiment of the present invention, when it is not possible to limit the implementation of the present invention, that is, the equal change and modification made by the exclusive rights should be within the scope of the coverage. [Simple description of the diagram] Figure 1 is an exploded view of the main components of the creation. Figure 2 is a schematic view of the combination of the creation. Fig. 3 and Fig. 4 are schematic diagrams showing the action of the automatic adjustment of the creation of the present invention. Fig. 5 and Fig. 6 are schematic diagrams showing the second embodiment of the creation. Figure 7 is a schematic diagram of a third embodiment of the present creation. Figure 8 is a schematic view of a fourth embodiment of the present creation. Figure 9 is a schematic view of a fifth embodiment of the present creation. [Main component symbol description] (10) Body (11) Platform (12) Gearbox (121) Spindle head (122) Bushing (13) Bearing seat (130) Bearing (14) Motor (15) Water discharge port (150) Water storage tank (16) discharge opening (160) receiving trough (17) bracket (170) concave arc (20) outer casing (21) socket (22) feeding port (23) feeding hopper (30) sieve cylinder ( 300) Middle hole (31) sieve hole (32) Feed port (40) Seat (41) Push out inner hole (; 42) Grinding tooth 10
(50)主軸 (53)第一方拾部 (551)板動部 (60)揉料頭 (63)齒塊 (66)唇部 (71)壓盤 (712)容孔 (721)導孔 (741)第一螺紋部 (744)帽頭 (80)護罩 (51)鍵 (54)外螺紋 (61)第二方栓部 (64)沉孔 (661)緩衝室 (710)滑孔 (72) 辅盤 (73) 彈性元件 (742)第二螺紋部 (52)葉月 (55)止擋螺帽 (62)外周 (65)鎖孔 (711)導孔 (720)滑孔 (74)栓軸 (743)調整螺帽(50) Main shaft (53) First side picking portion (551) Plate moving portion (60) Picking head (63) Tooth block (66) Lip portion (71) Pressure plate (712) Hole (721) Guide hole ( 741) First threaded portion (744) Cap (80) Shroud (51) Key (54) External thread (61) Second square plug portion (64) Counterbore (661) Buffer chamber (710) Slide hole (72 Auxiliary disc (73) Elastic element (742) Second threaded part (52) Leaf month (55) Stop nut (62) Outer circumference (65) Locking hole (711) Guide hole (720) Slide hole (74) Bolt axis (743) adjusting the nut